Location building detail fields

Validation rules for fields related to building details for a location.

Verisk Synergy Studio's individual risk methodology follows a structured, logical approach that groups building characteristics (SRCs) that are supported in a specific model. Refer to the "Secondary Risk Characteristics Matrix"—https://risksolutions.verisk.com/models/landing-pages/secondary-risk-characteristics/—which is available on the landing page on the Client Portal (login required)—that serves as a guide to the SRCs supported by each model. The landing page includes peril-specific SRC documentation. Users may also refer to a model's detailed description (available on the Client Portal).

Use the following links to get information about Location Surrounding Detail fields, such as custom elevation and flood fields, and about Location Connection Detail fields, such as Foundation Type.

Field Supported country / peril Description Validation rules Default value
Floor of Interest
  • CA IF
  • CEU IF
  • EU ETC
  • IT IF
  • JP TY
  • MY/ID IF
  • SEU IF
  • SK TY
  • UK/ROI IF
  • US TC
  • US IF
  • US ST
  • Terrorism
The floor where the insured risk resides when coverage does not include the entire building.
  • -1 Basement (for use only with Verisk Inland Flood Model for Great Britain and Verisk Inland Flood Model for the UK and the Republic of Ireland, Verisk Extratropical Cyclone Model for Europe, Verisk Inland Flood Model for the United States, Verisk Inland Flood Model for Japan, Verisk Typhoon Model for Japan, and Verisk Hurricane Model for the United States) or cellar (for use only with Verisk Inland Flood Model for Central Europe)
  • 0 Unknown/default (or no floor of interest)
  • 1 Ground floor
  • 2 First floor above ground floor
  • 3 Second floor above ground floor

Enter replacement values (Replacement Value Building, Replacement Value Content, and Replacement Value Time) for the floor of interest, not for the whole building.

For the hurricane peril, use this field with terrain roughness and adjacent building height.

Different floors of the building experience varying degrees of damage. The nature of damage experienced by each floor can also be different.

Floor Area n/a This field does not affect losses.

The total floor area for the building at this location

The specified floor area units determine the unit in which you specify the value for this field.Differences between Gross Area and Floor Area.
  • Optional
  • Numeric value between 0 and 999,999,999, inclusive
0
Floor Area Units n/a Units of measurement for the floor area:
  • Acre (AC)
  • Hectare (HA)
  • Square feet (SQFT)
  • Square meters (SQM)
  • Optional
  • Can contain up to 40 characters.
Floor Occupied n/a This field does not affect losses.

Single floor or range of floors occupied in the building at this location.

Optional [NULL]
Garage Door US TC Types of garage doors:
  • Unknown (0)
  • None (1)
  • Single Door Garages (2)
  • Double Door Garages (3)
  • Reinforced Single Door Garages (4)
  • Reinforced Double Door Garages (5)
Parapets US TC
  • Unknown / NA (0)
  • Parapet > 3' (1)
  • Parapet < 3' (2)
  • No parapet
Building Condition
  • CA EQ
  • HI EQ
  • HI TC
  • JP EQ
  • NZ EQ
  • US EQ
  • US ST
  • US TC
The condition of a building, based on visual inspection of the building cladding and maintenance:
  • Unknown / default (0)
  • Average (1)
  • Good (2)
  • Poor (3)

The external appearance of cladding and maintenance gives a qualitative estimate of expected performance.

For earthquakes: Buildings with signs of distress or duress, such as cracking due to aging and ground settlement or overloading or cracking due to damage from previous earthquakes, are likely to experience additional damage during an earthquake. For earthquakes, the default is "Average".

For hurricanes: Buildings with signs of distress or duress are likely to experience additional damage during a tropical cyclone. Some examples of these signs are an aging roof, exterior walls, or cladding; loose roof tiles or chimney damage; or damage from previous tropical cyclones.

  • Optional
The default may vary for wind models, but is generally 0.
Building Shape
  • CA EQ
  • HI EQ
  • JP EQ
  • NZ EQ
  • US EQ
The shape of a building:
  • Unknown/default (0)
  • Square (1)
  • Rectangle (2)
  • Circular (3)
  • L-shaped (4)
  • T-shaped (5)
  • U-shaped (6)
  • H-shaped (7)
  • Complex (8)
  • Optional
Unknown/default (0)
Torsion
  • CA EQ
  • HI EQ
  • JP EQ
  • NZ EQ
  • US EQ
The layout of the structural elements in a building that may lead to torsional loads:
  • Unknown/default (0)
  • Symmetric (1)
  • Asymmetric (2)
  • Corner building (3)
  • Optional
Unknown/default (0)
Backwater Valve Protection
  • CA IF
  • MY/ID IF
  • SK TY
  • UK/ROI IF
Indicates whether the given set of exposure data is affected by backwater flooding.
  • Unknown/default (0)
  • No (1)
  • Yes (2)
Optional Unknown (0)
Soft Story
  • CA EQ
  • HI EQ
  • JP EQ
  • NZ EQ
  • US EQ
Indicates the presence of any structural weaknesses. First-floor garages and taller first floors are likely to exhibit soft-story behavior.
  • Unknown/default (0)
  • No (1)
  • Yes (2)
This field is applicable only if the number of stories is 2 or greater.
  • Optional
Unknown/default (0)
Structural Irregularity
  • CA EQ
  • HI EQ
  • JP EQ
  • US EQ
Values to describe irregularity in such things as floor plans, structural components, uneven weight distribution, etc. for a building at this location:
  • Unknown/default (0)
  • Vertical Offset (2)
  • Non-uniform Floor Area (3) (e.g., a sudden change in floor area along the height)
  • Discontinuous Shear Wall (4) (i.e., the main load-resisting components are not provided in a regular, symmetric pattern)
  • Heavy floor (5) (e.g., placement of heavy equipment on higher floors)

The application no longer supports the Regular (1) value. If you use this value, it maps it to Unknown/default (0) upon import.

  • Optional
Unknown/default (0)
Special Earthquake-Resistive Systems
  • CA EQ
  • HI EQ
  • JP EQ
  • US EQ
Earthquake-resistive systems that may have been installed on the building:
  • Unknown (0)
  • Base isolation (1)
  • Visco-elastic dampers (2)
  • Other energy dissipators (3)
Optional
Retrofit Measures
  • CA EQ
  • HI EQ
  • JP EQ
  • NZ EQ
  • US EQ
Types of retrofitting:
  • Unknown/default (0)
  • Bracing of cripple walls (1)
  • Bracing of parapets (2)
  • Bracing of soft-story (3)
  • Foundation anchorage (bolting) (4)
  • Glass/window strengthening (5)
  • Tilt Up (6)
  • General (7)
  • Optional
  • For Verisk Earthquake Model for the United States(M11), if you want to use the Bracing of cripple walls (1) option, you must also select Crawlspace cripple wall (4) as the foundation type.
  • For Verisk Earthquake Model for the United States (M11), if you want to use the Foundation anchorage (bolting) (4) option, you must also select Gravity/Friction (4) as the foundation connection.
Short Column
  • CA EQ
  • HI EQ
  • JP EQ
  • US EQ
Indicates the presence of a short column in a building:
  • Unknown / Default (0)
  • No (1)
  • Yes (2)
Optional
Ornamentation
  • CA EQ
  • HI EQ
  • JP EQ
  • US EQ
The amount of decorative elements attached to the exterior of a building:
  • Unknown (0)
  • None/default (1)
  • Average (2)
  • Extensive (3)
Optional
Water Heater
  • CA EQ
  • HI EQ
  • JP EQ
  • US EQ
Indicates the presence of bracing for the water heater in a building:
  • Unknown / Default (0)
  • Braced (1)
  • Unbraced (2)
Optional
Redundancy
  • CA EQ
  • HI EQ
  • JP EQ
  • US EQ
Indicates the presence of multiple lateral load-resisting elements in a building:
  • Unknown / default (0)
  • No (1)
  • Yes (2)
Optional
Tall One Story
  • CA EQ
  • HI EQ
  • JP EQ
  • US EQ
The height of a one-story building:
  • Unknown/default (0)
  • <= 20 ft (1)
  • > 20 ft (2)
  • > 40 ft (3)
Optional
Equipment bracing
  • CA EQ
  • HI EQ
  • JP EQ
  • US EQ
The quality of the bracing of a building:
  • Unknown/default (0)
  • Well-Braced (1)
  • Average Bracing (2)
  • Unbraced (3)
During an earthquake, damage to mechanical and electrical equipment can be prevented by anchoring equipment to the floor and/or bracing it against structural elements.
Optional
Seal Of Approval
  • HI TC
  • US ST
  • US TC
The level of professional engineering attention given to the design of the structure of the building at a location:
  • Unknown/Default (0)
  • Fully Engineered Structure (1): Building was designed by a Professional Engineer (PE) who is required by the local jurisdiction to certify the calculations and drawings with a PE seal of approval.
  • Partially Engineered Structure (2): Building was inspected by a PE and found "deemed-to-comply" with local building codes.
  • Minimally Engineered Structure (3): The building does not have a PE seal of approval or a "deemed to comply" designation.
This field is only applicable if you specify a year built for the building at this location.
Optional
Extra Data PAL (All licensed perils) This field does not affect losses. Extra location feature data. Optional [NULL]
IS Value Type
  • JP EQ
The total seismic performance of the building, which accounts for all characteristics that affect the response of a building to an earthquake:
  • Unknown/default (0)
  • Less than 0.3 (1)
  • 0.3 - 0.45 (2)
  • 0.45 - 0.55 (3)
  • 0.55 - 0.65 (4)
  • 0.65 - 0.75 (5)
  • 0.75 - 0.85 (6)
  • 0.85 - 1.0 (7)
  • 1.0 - 1.25 (8)
  • Greater than 1.2 (9)
Optional
Lattice Type
  • JP EQ
Types of lattices:
  • Unknown/default (0)
  • Full Web (1)
  • Grid (2)
  • Lattice (3)
Optional
Multi Story Hall Type
  • JP EQ
Indicates the presence of multi-story halls in a building:
  • Unknown / default (0)
  • No (1)
  • Yes (2)
Optional
First Floor Height
  • CA IF
  • CEU IF
  • EU ETC
  • IT IF
  • JP IF
  • JP TY
  • MY/ID IF
  • SEU IF
  • SK TY
  • UK/ROI IF
  • US IF
  • US TC
Unit of measure used to express the height of the building's first floor. First floor height represents the elevation of the lowest level of living or working in a building.
  • In CEU IF and IT IF models, default is .3 m for low-rise buildings and .5 m for mid- and high-rise buildings.
  • -999 represents Unknown / Default height.

The application supports this field for all residential, commercial, and small industrial buildings.

The value in this field overrides the value for the base flood elevation.

  • Optional
  • Enter the value in meters for the Europe models and in feet for Japan and the US.
  • If you specify any of the following Construction class codes or Occupancy class codes for this location, the application ignores your setting for this field:
Service Equipment Protection
  • CA IF
  • MY/ID IF
  • SK TY
  • UK/ROI IF
  • US IF
  • US TC
Indicates whether the service equipment is at a location that is protected from flood:
  • Unknown / Default (0)
  • Protected for flood (1)
  • Unprotected for flood (2)
  • Medium protection for flood (3)
  • High protection for flood (4)

The application supports this field for all residential, commercial, and small industrial buildings.

0
Wet Floodproofing
  • CA IF
  • MY/ID IF
  • SK TY
  • UK/ROI IF
  • US IF
  • US TC
Types of protection systems for wet flood in a location.
  • Unknown (default) (0)
  • Unprotected (1)
  • Low protection, wet floodproofed by 1 ft (2)
  • Medium protection, wet floodproofed by 3 ft (3)
  • High protection, wet floodproofed by over 3 ft (4)
0
FIRM Compliance
  • US IF
  • US TC
Indicates whether a building is in compliance with the FEMA flood zone requirements in design and construction::
  • Unknown/default (0)
  • Yes (1)
  • No (2)
0
Content Vulnerability
  • CA IF
  • MY/ID IF
  • SK TY
  • UK/ROI IF
  • US IF
  • US TC
Indicates the relative vulnerability of contents in a building:
  • Unknown / default (0)
  • Low (1)
  • Moderate (2)
  • High (3)
  • Very High (4)

The application supports this field for all residential, commercial, and small industrial buildings.

Certified Structures (IBHS)
  • US ST
  • US TC
The level of certification per the Institute for Business and Home Safety, which defines a structure's ability to withstand local resistance.
  • Unknown/Default (0)
  • Fortified Home (IBHS) Bronze Option 1 (1)
  • Fortified Home (IBHS) Bronze Option 2 (2)
  • Fortified Home (IBHS) Silver Option 1 (3)
  • Fortified Home (IBHS) Silver Option 2 (4)
  • Fortified Home (IBHS) Gold Option 1 (5)
  • Fortified Home (IBHS) Gold Option 2 (6)
  • Fortified for Safer Living (IBHS) (7)
  • Optional
  • Use integer identifiers during import.
  • Works only for AIR occupancy codes 301, 302, 303, and 306 when used in combination with AIR construction codes 101-14, 111-119, and 131-137.
Is Fire Sprinkler Available
  • n/a (used only with non-catastrophe peril analyses)
Indicates whether a fire sprinkler is installed at the location:
  • Yes (installed) (1)
  • No (not installed) (0)
Note: We retired non-catastrophe loss analyses in Touchstone 9.0. Therefore, these fields do not affect losses.
Optional